SDI65-15-UD-P6

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

AC DC Desktop, Wall Adapters provide a reliable conversion from AC (Alternating Current) power, usually from a wall outlet, to a variable DC (Direct Current) power. The SDI65-15-UD-P6 adapter is a pre-programmed 65W unit designed to do exactly this. It combines an efficient power factor corrected flyback topology with a highly reliable design to make sure it meets the necessary safety and structural standards.

The SDI65-15-UD-P6 has a multi-piece modular design. The adapter is wired to a power input cable on one end and a regulated output cord on the other. The circuit board in between these two components contains the necessary components for converting AC power to DC power. This includes a transformer, rectifiers, voltage regulators and filtering components to name a few. These components work together to convert AC power into low voltage DC power which is used to power small electronic devices.

The basic working principle of the SDI65-15-UD-P6 AC DC Wall Adapter is simple. AC power enters the adapter and is converted to a lower voltage by the transformer. The output of the transformer is then passed through a rectifier which converts the AC power into DC power. This DC voltage is then regulated by voltage regulators to ensure the output voltage is stable regardless of changes in the input of AC voltage, input current, or device load. The DC voltage is then filtered to reduce unwanted noise and frequencies that can interfere with device operation.

The SDI65-15-UD-P6 AC DC Wall Adapter is an ideal solution for transferring power from a wall outlet or other AC power source to low voltage DC power for powering all sorts of electronic devices. It is designed to provide reliable and efficient operation with a minimal impact on its surroundings. It is a pre-programmed 65W unit designed to meet all necessary safety standards. It is an efficient power factor corrected flyback topology, combined with a highly reliable design, making it an excellent choice for powering electronic devices.

The specific data is subject to PDF, and the above content is for reference